def connectAndCollectConfig(self,deviceName,deviceIP,sshUser,sshPwd,privilegedPwd):
self.incrThreadNb()
try:
sshPwdClear = base64.b64decode(sshPwd)
privilegedPwdClear = base64.b64decode(privilegedPwd)
ssh = ZEyeSSHBroker(deviceIP,sshUser,sshPwdClear)
if ssh.connect() == False:
self.decrThreadNb()
return
if ssh.setupPrivileges(privilegedPwdClear) == False:
self.decrThreadNb()
return
startupCfg = ""
runningCfg = ""
#startupCfg = ssh.sendPrivilegedCmd("show startup-config")
#runningCfg = ssh.sendPrivilegedCmd("show running-config")
pgsqlCon = PgSQL.connect(host=zConfig.pgHost,user=zConfig.pgUser,password=zConfig.pgPwd,database=zConfig.pgDB)
pgcursor = pgsqlCon.cursor()
pgcursor.execute("DELETE FROM z_eye_switch_configs WHERE device = '%s'" % deviceName)
if len(startupCfg) > 0:
pgcursor.execute("INSERT INTO z_eye_switch_configs (device,cfgtype,cfgoutput) VALUES ('%s','1','%s')" % (deviceName,startupCfg))
if len(runningCfg) > 0:
pgcursor.execute("INSERT INTO z_eye_switch_configs (device,cfgtype,cfgoutput) VALUES ('%s','2','%s')" % (deviceName,runningCfg))
pgsqlCon.commit()
pgcursor.close()
pgsqlCon.close()
ssh.disablePrivileges()
except Exception, e:
self.logCritical("connectAndCollectConfig: FATAL %s" % e)
def doConfigDHCP(self,addr,user,pwd,reservpath,subnetpath):
self.incrThreadNb()
subnetBuf = ""
reservBuf = ""
try:
# One pgsql connection per thread
pgsqlCon = PgSQL.connect(host=zConfig.pgHost,user=zConfig.pgUser,password=zConfig.pgPwd,database=zConfig.pgDB)
pgcursor = pgsqlCon.cursor()
pgcursor.execute("SELECT clustername FROM z_eye_dhcp_cluster WHERE dhcpaddr = '%s'" % addr)
pgres = pgcursor.fetchall()
# No cluster, then no action to do
if pgcursor.rowcount == 0:
self.decrThreadNb()
return
ssh = ZEyeSSHBroker(addr,user,pwd)
if ssh.connect() == False:
self.decrThreadNb()
return
# We get the remote OS for some commands
remoteOs = ssh.getRemoteOS()
if remoteOs != "Linux" and remoteOs != "FreeBSD" and remoteOs != "OpenBSD":
self.logError("%s OS (on %s) is not supported" % (remoteOs,addr))
self.decrThreadNb()
return
hashCmd = ""
if remoteOs == "Linux":
hashCmd = "md5sum"
elif remoteOs == "FreeBSD" or remoteOs == "OpenBSD":
hashCmd = "md5 -q"
# We test file existence. If they doesn't exist, we create it. If creation failed, the DHCP manager cannot use this server
if ssh.isRemoteExists(reservpath) == False:
ssh.sendCmd("touch %s" % reservpath)
if ssh.isRemoteWritable(reservpath) == False:
self.logError("%s (on %s) is not writable" % (reservpath,addr))
self.decrThreadNb()
return
if ssh.isRemoteExists(subnetpath) == False:
ssh.sendCmd("touch %s" % subnetpath)
if ssh.isRemoteWritable(subnetpath) == False:
self.logError("%s (on %s) is not writable" % (subnetpath,addr))
self.decrThreadNb()
return
if ssh.isRemoteExists("/tmp/dhcprestart") == False:
ssh.sendCmd("touch %s" % "/tmp/dhcprestart")
if ssh.isRemoteWritable("/tmp/dhcprestart") == False:
self.logError("%s (on %s) is not writable" % ("/tmp/dhcprestart",addr))
self.decrThreadNb()
return
"""
This variable enable failover part
With ISC DHCP failover can be declared only if used
"""
showFailover = False
for idx in pgres:
if idx[0] in self.clusterList:
# custom options
for cOpt in self.customOptsList:
# Only real custom options are declared
if self.customOptsList[cOpt][2] == False:
codeType = ""
if self.customOptsList[cOpt][1] == "uint8":
codeType = "unsigned integer 8"
elif self.customOptsList[cOpt][1] == "uint16":
codeType = "unsigned integer 16"
elif self.customOptsList[cOpt][1] == "uint32":
codeType = "unsigned integer 32"
elif self.customOptsList[cOpt][1] == "int8":
codeType = "integer 8"
elif self.customOptsList[cOpt][1] == "int16":
codeType = "integer 16"
elif self.customOptsList[cOpt][1] == "uint32":
codeType = "integer 32"
elif self.customOptsList[cOpt][1] == "ip":
codeType = "ip-address"
else:
codeType = self.customOptsList[cOpt][1]
subnetBuf += "option %s code %s = %s;\n" % (cOpt,self.customOptsList[cOpt][0],codeType)
if len(subnetBuf) > 0:
subnetBuf += "\n"
# Cluster options
failoverPeerBuf = ""
failoverPeerName = ""
if idx[0] in self.clusterOptions:
# ISC dhcp clusters
if self.clusterOptions[idx[0]][0] == 1 or self.clusterOptions[idx[0]][0] == 2:
peerAddr = ""
"""
cluster members has always 2 members on this configuration then,
peer is the other record
"""
for peer in self.clusterMembers[idx[0]]:
if peer != addr:
if self.clusterMembers[idx[0]][peer]["clusteraddr"] != None:
peerAddr = self.clusterMembers[idx[0]][peer]["clusteraddr"]
localAddr = addr
# If there is a valid clusterAddr, replace localAddr
if addr in self.clusterMembers[idx[0]] and self.clusterMembers[idx[0]][addr]["clusteraddr"] != None:
localAddr = self.clusterMembers[idx[0]][addr]["clusteraddr"]
failoverPeerBuf += "failover peer \"cluster-%s\" {" % idx[0].replace(' ','-')
failoverPeerName = "cluster-%s" % idx[0].replace(' ','-')
# This is for cluster master
if addr == self.clusterOptions[idx[0]][1]:
failoverPeerBuf += "\n\tprimary;"
# This is for cluster slave
else:
failoverPeerBuf += "\n\tsecondary;"
failoverPeerBuf += "\n\taddress %s;\n\tport 647;\n\tpeer address %s;\n\tpeer port 647;" % (localAddr,peerAddr)
failoverPeerBuf += "\n\tmax-response-delay 3;\n\tmax-unacked-updates 2;\n\tload balance max seconds 10;"
# This is for cluster master
if (self.clusterOptions[idx[0]][0] == 1 or self.clusterOptions[idx[0]][0] == 2) and self.clusterOptions[idx[0]][1] == addr:
if self.clusterOptions[idx[0]][0] == 2:
failoverPeerBuf += "\n\tmclt 1800;\n\tsplit 127;"
else:
failoverPeerBuf += "\n\tmclt 1800;\n\tsplit 255;"
failoverPeerBuf += "\n}\n\n"
for subnet in self.clusterList[idx[0]]:
netmask = self.subnetList[subnet][0]
subnetIpList = self.subnetList[subnet][1]
# Special case for DNS2
dns2 = ""
if len(self.subnetList[subnet][4]) > 0 and self.subnetList[subnet][4] != self.subnetList[subnet][3]:
dns2 = ",%s" % self.subnetList[subnet][4]
subnetBuf += "subnet %s netmask %s {\n\toption routers %s;\n\toption domain-name \"%s\";\n" % (subnet,netmask,self.subnetList[subnet][2],self.subnetList[subnet][5])
# Set options values
if subnet in self.subnetOptgroupsList:
for options in self.subnetOptgroupsList[subnet]:
# Text values must have braces and strip ' " ' char
if self.customOptsList[options[0]][1] == "text":
subnetBuf += "\toption %s \"%s\";\n" % (options[0],ZEyeUtil.addslashes(options[1]))
else:
if options[0] == "next-server":
subnetBuf += "\t%s %s;\n" % (options[0],options[1])
else:
subnetBuf += "\toption %s %s;\n" % (options[0],options[1])
if self.subnetList[subnet][6] != "" and self.subnetList[subnet][6] != 0:
subnetBuf += "\tdefault-lease-time %s;\n" % self.subnetList[subnet][6]
if self.subnetList[subnet][7] != "" and self.subnetList[subnet][7] != 0:
subnetBuf += "\tmax-lease-time %s;\n" % self.subnetList[subnet][7]
subnetBuf += "\toption domain-name-servers %s%s;\n\n" % (self.subnetList[subnet][3],dns2)
# Now create pool with failover peer and ranges
if subnet in self.rangeList:
# Show this part only if we have rangelist
if len(self.rangeList[subnet]) > 0:
# Start pool brace
subnetBuf += "\tpool {\n"
# Show failover part and enable showFailover variable
showFailover = True
if len(failoverPeerName) > 0:
subnetBuf += "\t\tfailover peer \"%s\";\n\n" % failoverPeerName
for range in self.rangeList[subnet]:
subnetBuf += "\t\trange %s %s;\n" % (range[0],range[1])
subnetBuf += "\t}\n"
subnetBuf += "}\n\n"
for ip in subnetIpList:
reservBuf += "host %s {\n\thardware ethernet %s;\n\tfixed-address %s;\n" % (self.ipList[ip][1],self.ipList[ip][0],ip)
if ip in self.IPv4OptgroupsList:
for options in self.IPv4OptgroupsList[ip]:
# Text values must have braces and strip ' " ' char
if self.customOptsList[options[0]][1] == "text":
reservBuf += "\toption %s \"%s\";\n" % (options[0],ZEyeUtil.addslashes(options[1]))
else:
if options[0] == "next-server":
reservBuf += "\t%s %s;\n" % (options[0],options[1])
else:
reservBuf += "\toption %s %s;\n" % (options[0],options[1])
reservBuf += "}\n"
if showFailover == True:
subnetBuf = "%s%s" % (failoverPeerBuf,subnetBuf)
# check md5 trace to see if subnet file is different
tmpmd5 = ssh.sendCmd("cat %s|%s" % (subnetpath,hashCmd))
tmpmd5 = re.sub("\n", "", tmpmd5)
tmpmd52 = hashlib.md5("%s\n" % subnetBuf).hexdigest()
if tmpmd5 != tmpmd52:
ssh.sendCmd("echo '%s' > %s" % (subnetBuf,subnetpath))
ssh.sendCmd("echo 1 > /tmp/dhcprestart")
self.logInfo("subnets modified on %s, asking dhcpd restart" % addr)
# check md5 trace to see if reserv file is different
tmpmd5 = ssh.sendCmd("cat %s|%s" % (reservpath,hashCmd))
tmpmd5 = re.sub("\n", "", tmpmd5)
tmpmd52 = hashlib.md5("%s\n" % reservBuf).hexdigest()
if tmpmd5 != tmpmd52:
ssh.sendCmd("echo '%s' > %s" % (reservBuf,reservpath))
ssh.sendCmd("echo 1 > /tmp/dhcprestart")
self.logInfo("reservations modified on %s, asking dhcpd restart" % addr)
ssh.close()
except Exception, e:
self.logCritical(e)
def doConfigDNS(self,addr,user,pwd,namedpath,chrootpath,mzonepath,szonepath,zeyenamedpath,nsfqdn,tsigtransfer,tsigupdate):
self.incrThreadNb()
cfgbuffer = ""
try:
# No zone or cluster, stop it
if len(self.zoneList) == 0 or len(self.clusterList) == 0:
self.decrThreadNb()
return
ssh = ZEyeSSHBroker(addr,user,pwd)
if ssh.connect() == False:
self.decrThreadNb()
return
# We get the remote OS for some commands
remoteOs = ssh.getRemoteOS()
if remoteOs != "Linux" and remoteOs != "FreeBSD" and remoteOs != "OpenBSD":
self.logError("%s OS (on %s) is not supported" % (remoteOs,addr))
self.decrThreadNb()
return
hashCmd = ""
if remoteOs == "Linux":
hashCmd = "md5sum"
elif remoteOs == "FreeBSD" or remoteOs == "OpenBSD":
hashCmd = "md5 -q"
# We test file existence. If they doesn't exist, we create it. If creation failed, the DNS manager cannot use this server
if ssh.isRemoteExists(zeyenamedpath) == False:
ssh.sendCmd("touch %s" % zeyenamedpath)
if ssh.isRemoteWritable(zeyenamedpath) == False:
self.logError("%s (on %s) is not writable, no DNS configuration will be done on this server" % (zeyenamedpath,addr))
self.decrThreadNb()
return
if ssh.isRemoteExists("/tmp/dnsrestart") == False:
ssh.sendCmd("touch /tmp/dnsrestart")
if ssh.isRemoteWritable("/tmp/dnsrestart") == False:
self.logError("/tmp/dnsrestart (on %s) is not writable, no DNS configuration will be done on this server" % addr)
self.decrThreadNb()
return
# Write options
for cluster in self.clusterList:
if addr in self.clusterList[cluster][0] or addr in self.clusterList[cluster][1] or addr in self.clusterList[cluster][2]:
tmpcfgbuffer = ""
if len(self.clusterList[cluster][3]) > 0:
tmpcfgbuffer += "\tallow-recursion {\n"
for acl in self.clusterList[cluster][3]:
if acl == "none" or acl == "any":
tmpcfgbuffer += "\t\t%s;\n" % acl
else:
tmpcfgbuffer += "\t\t\"%s\";\n" % acl
tmpcfgbuffer += "\t};\n"
if len(self.clusterList[cluster][4]) > 0:
tmpcfgbuffer += "\tallow-transfer {\n"
for acl in self.clusterList[cluster][4]:
# Only write non if no tsig transfer key
if acl == "none":
if tsigtransfer == "":
tmpcfgbuffer += "\t\t%s;\n" % acl
elif acl == "any":
tmpcfgbuffer += "\t\t%s;\n" % acl
else:
tmpcfgbuffer += "\t\t\"%s\";\n" % acl
if tsigtransfer != "":
tmpcfgbuffer += "\t\tkey \"%s\";\n" % self.tsigList[tsigtransfer][0]
tmpcfgbuffer += "\t};\n"
if len(self.clusterList[cluster][5]) > 0:
tmpcfgbuffer += "\tallow-update {\n"
for acl in self.clusterList[cluster][5]:
# Only write non if no tsig update key
if acl == "none":
if tsigupdate == "":
tmpcfgbuffer += "\t\t%s;\n" % acl
elif acl == "any":
tmpcfgbuffer += "\t\t%s;\n" % acl
else:
tmpcfgbuffer += "\t\t\"%s\";\n" % acl
if tsigupdate != "":
tmpcfgbuffer += "\t\tkey \"%s\";\n" % self.tsigList[tsigupdate][0]
tmpcfgbuffer += "\t};\n"
if len(self.clusterList[cluster][6]) > 0:
tmpcfgbuffer += "\tallow-notify {\n"
for acl in self.clusterList[cluster][6]:
if acl == "none" or acl == "any":
tmpcfgbuffer += "\t\t%s;\n" % acl
else:
tmpcfgbuffer += "\t\t\"%s\";\n" % acl
tmpcfgbuffer += "\t};\n"
if len(self.clusterList[cluster][7]) > 0:
tmpcfgbuffer += "\tallow-query {\n\t\t127.0.0.1;\n\t\t::1;\n"
for acl in self.clusterList[cluster][7]:
# If none ACL is found, don't write it because we must allow localhost
if acl == "any":
tmpcfgbuffer += "\t\t%s;\n" % acl
elif acl != "none":
tmpcfgbuffer += "\t\t\"%s\";\n" % acl
tmpcfgbuffer += "\t};\n"
if self.clusterList[cluster][8] == True:
tmpcfgbuffer += "\tdnssec-enable yes;\n"
else:
tmpcfgbuffer += "\tdnssec-enable no;\n"
if self.clusterList[cluster][9] == True:
tmpcfgbuffer += "\tdnssec-validation yes;\n"
else:
tmpcfgbuffer += "\tdnssec-validation no;\n"
if len(tmpcfgbuffer) > 0:
cfgbuffer += "options {\n\tversion\"\";\n\tlisten-on { any; };\n\tlisten-on-v6 { any; };\n%s};\n" % tmpcfgbuffer
# Write TSIG keys
for tsig in self.tsigList:
algo = ""
if self.tsigList[tsig][1] == 1:
algo = "hmac-md5"
elif self.tsigList[tsig][1] == 2:
algo = "hmac-sha1"
elif self.tsigList[tsig][2] == 3:
algo = "hmac-sha256"
if algo != "":
cfgbuffer += "key \"%s\" {\n\talgorithm %s;\n\tsecret \"%s\";\n};\n" % (self.tsigList[tsig][0],algo,self.tsigList[tsig][2])
# Write ACLS
for acl in self.aclList:
tmpcfgbuffer = ""
for ip in self.aclList[acl][0]:
tmpcfgbuffer += "\t%s;\n" % ip
for network in self.aclList[acl][1]:
tmpcfgbuffer += "\t%s;\n" % network
for childacl in self.aclList[acl][2]:
tmpcfgbuffer += "\t\"%s\";\n" % childacl
for tsig in self.aclList[acl][3]:
tmpcfgbuffer += "\tkey \"%s\";\n" % tsig
for dnsname in self.aclList[acl][4]:
# We need to catch exception. If exception, name not resolvable
try:
dnsanswer = dns.resolver.query(dnsname,'A')
for rdata in dnsanswer:
tmpcfgbuffer += "\t%s;\n" % rdata.address
except DNSException, e:
self.logError("unable to resolve name %s" % dnsname)
if len(tmpcfgbuffer) > 0:
cfgbuffer += "acl \"%s\" {\n%s};\n" % (acl,tmpcfgbuffer)
for zone in self.zoneList:
srvType = 0
clusterCaches = False
for cluster in self.zoneList[zone][1]:
# This server must be in the zone clusters
if addr in self.clusterList[cluster][0]:
srvType = 1
elif addr in self.clusterList[cluster][1]:
srvType = 2
elif addr in self.clusterList[cluster][2]:
srvType = 3
if len(self.clusterList[cluster][2]) > 0:
clusterCaches = True
if srvType > 0:
validZone = False
masterList = None
slaveList = None
cacheList = None
tmpcfgbuffer = "zone \"%s.\" {\n" % zone
# Zone in classic mode
if self.zoneList[zone][0] == 1:
# Configuration for caches
if clusterCaches:
if srvType == 3:
tmpcfgbuffer += "\ttype forward;\n\tforwarders {\n"
# Forwarders are master and then slaves
for cluster in self.zoneList[zone][1]:
for master in self.clusterList[cluster][0]:
tmpcfgbuffer += "\t\t%s;\n" % master
for slave in self.clusterList[cluster][1]:
tmpcfgbuffer += "\t\t%s;\n" % slave
validZone = True
else:
# Configuration for masters
if srvType == 1:
tmpcfgbuffer += "\ttype master;\n"
if len(chrootpath) > 0:
tmpcfgbuffer += "\tfile \"%s/%s\";\n" % (re.sub(ZEyeUtil.addslashes(chrootpath),"",mzonepath),zone)
else:
tmpcfgbuffer += "\tfile \"%s/%s\";\n" % (mzonepath,zone)
transferBuf = ""
updateBuf = ""
queryBuf = ""
"""
If there is slaves, we must allow transfer and queries
If there is caches, we must allow queries
We also load herited rules if herited is selected
"""
for cluster in self.zoneList[zone][1]:
if len(self.clusterList[cluster][1]) > 0:
slaveList = self.clusterList[cluster][1]
if len(self.clusterList[cluster][2]) > 0:
cacheList = self.clusterList[cluster][2]
if "herited" in self.zoneList[zone][4]:
for acl in self.clusterList[cluster][4]:
if acl != "none":
transferBuf += "\t\t\"%s\";\n" % acl
if "herited" in self.zoneList[zone][6]:
for acl in self.clusterList[cluster][5]:
if acl != "none":
updateBuf += "\t\t\"%s\";\n" % acl
if "herited" in self.zoneList[zone][7]:
for acl in self.clusterList[cluster][7]:
if acl != "none":
queryBuf += "\t\t\"%s\";\n" % acl
if slaveList != None:
for slave in slaveList:
transferBuf += "\t\t%s;\n" % slave
queryBuf += "\t\t%s;\n" % slave
if cacheList != None:
for cache in cacheList:
queryBuf += "\t\t%s;\n" % cache
"""
We add Z-Eye TSIG key, if present
"""
if tsigtransfer != None and tsigtransfer != "" and tsigtransfer in self.tsigList:
transferBuf += "\t\tkey %s;\n" % self.tsigList[tsigtransfer][0]
queryBuf += "\t\tkey %s;\n" % self.tsigList[tsigtransfer][0]
updateBuf += "\t\tkey %s;\n" % self.tsigList[tsigtransfer][0]
"""
Now we load real ACLs
If any, allow all and simplify output.
If none or herited, only allow cluster members (needed to have a working cluster)
Else, allow cluster members + ACLS
"""
if "any" in self.zoneList[zone][4]:
transferBuf = "\t\tany;\n"
elif "none" not in self.zoneList[zone][4] and "herited" not in self.zoneList[zone][4]:
for acl in self.zoneList[zone][4]:
transferBuf += "\t\t\"%s\";\n" % acl
if "any" in self.zoneList[zone][6]:
updateBuf = "\t\tany;\n"
elif "none" not in self.zoneList[zone][6] and "herited" not in self.zoneList[zone][6]:
for acl in self.zoneList[zone][6]:
updateBuf += "\t\t\"%s\";\n" % acl
if "any" in self.zoneList[zone][7]:
queryBuf = "\t\tany;\n"
elif "none" not in self.zoneList[zone][7] and "herited" not in self.zoneList[zone][7]:
for acl in self.zoneList[zone][7]:
queryBuf += "\t\t\"%s\";\n" % acl
# And we write ACLs
if len(transferBuf) > 0:
tmpcfgbuffer += "\tallow-transfer {\n%s\t\t127.0.0.1;\n\t\t::1;\n\t};\n" % transferBuf
if len(updateBuf) > 0:
tmpcfgbuffer += "\tallow-update {\n%s\t};\n" % updateBuf
if len(queryBuf) > 0:
tmpcfgbuffer += "\tallow-query {\n%s\t\t127.0.0.1;\n\t\t::1;\n\t};\n" % queryBuf
tmpcfgbuffer += "\tnotify yes;\n"
validZone = True
# Configuration for slaves
elif srvType == 2:
tmpcfgbuffer += "\ttype slave;\n\tmasters {\n"
# Now we configure masters
for cluster in self.zoneList[zone][1]:
for master in self.clusterList[cluster][0]:
tmpcfgbuffer += "\t\t%s;\n" % master
tmpcfgbuffer += "\t};\n"
if len(chrootpath) > 0:
tmpcfgbuffer += "\tfile \"%s/%s\";\n" % (re.sub(ZEyeUtil.addslashes(chrootpath),"",szonepath),zone)
else:
tmpcfgbuffer += "\tfile \"%s/%s\";\n" % (szonepath,zone)
transferBuf = ""
notifyBuf = ""
queryBuf = ""
"""
If there is masters, we must allow transfer, queries and notify
If there is caches, we must allow queries
We also load herited rules if herited is selected
"""
for cluster in self.zoneList[zone][1]:
if len(self.clusterList[cluster][0]) > 0:
masterList = self.clusterList[cluster][0]
if len(self.clusterList[cluster][2]) > 0:
cacheList = self.clusterList[cluster][2]
if "herited" in self.zoneList[zone][4]:
for acl in self.clusterList[cluster][4]:
if acl != "none":
transferBuf += "\t\t\"%s\";\n" % acl
if "herited" in self.zoneList[zone][5]:
for acl in self.clusterList[cluster][6]:
if acl != "none":
notifyBuf += "\t\t\"%s\";\n" % acl
if "herited" in self.zoneList[zone][7]:
for acl in self.clusterList[cluster][7]:
if acl != "none":
queryBuf += "\t\t\"%s\";\n" % acl
if masterList != None:
for master in masterList:
transferBuf += "\t\t%s;\n" % master
notifyBuf += "\t\t%s;\n" % master
queryBuf += "\t\t%s;\n" % master
if cacheList != None:
for cache in cacheList:
queryBuf += "\t\t%s;\n" % cache
"""
We add Z-Eye TSIG key, if present
"""
if tsigtransfer != None and tsigtransfer != "" and tsigtransfer in self.tsigList:
transferBuf += "\t\tkey %s;\n" % self.tsigList[tsigtransfer][0];
queryBuf += "\t\tkey %s;\n" % self.tsigList[tsigtransfer][0];
"""
Now we load real ACLs
If any, allow all and simplify output.
If none, only allow cluster members
Else, allow cluster members + ACLS
"""
if "any" in self.zoneList[zone][4]:
transferBuf = "\t\tany;\n"
elif "none" not in self.zoneList[zone][4] and "herited" not in self.zoneList[zone][4]:
for acl in self.zoneList[zone][4]:
transferBuf += "\t\t\"%s\";\n" % acl
if "any" in self.zoneList[zone][5]:
notifyBuf = "\t\tany;\n"
elif "none" not in self.zoneList[zone][5] and "herited" not in self.zoneList[zone][5]:
for acl in self.zoneList[zone][5]:
notifyBuf += "\t\t\"%s\";\n" % acl
if "any" in self.zoneList[zone][7]:
queryBuf = "\t\tany;\n"
elif "none" not in self.zoneList[zone][7] and "herited" not in self.zoneList[zone][7]:
for acl in self.zoneList[zone][7]:
queryBuf += "\t\t\"%s\";\n" % acl
# And we write ACLs
if len(transferBuf) > 0:
tmpcfgbuffer += "\tallow-transfer {\n%s\t\t127.0.0.1;\n\t\t::1;\n\t};\n" % transferBuf
if len(notifyBuf) > 0:
tmpcfgbuffer += "\tallow-notify {\n%s\t};\n" % notifyBuf
if len(queryBuf) > 0:
tmpcfgbuffer += "\tallow-query {\n%s\t\t127.0.0.1;\n\t\t::1;\n\t};\n" % queryBuf
validZone = True
# Zone in slave mode
elif self.zoneList[zone][0] == 2:
# Only if there is masters
if len(self.zoneList[zone][2]) > 0:
# If there is caches, slave is on cache
if clusterCaches:
if srvType == 3:
tmpcfgbuffer += "\ttype slave;\n\tmasters {\n"
for fwd in self.zoneList[zone][2]:
tmpcfgbuffer += "\t\t%s;\n" % fwd
tmpcfgbuffer += "\t};\n"
validZone = True
else:
tmpcfgbuffer += "\ttype slave;\n\tmasters {\n"
for master in self.zoneList[zone][2]:
tmpcfgbuffer += "\t\t%s;\n" % master
tmpcfgbuffer += "\t};\n"
if len(chrootpath) > 0:
tmpcfgbuffer += "\tfile \"%s/%s\";\n" % (re.sub(ZEyeUtil.addslashes(chrootpath),"",szonepath),zone)
else:
tmpcfgbuffer += "\tfile \"%s/%s\";\n" % (szonepath,zone)
transferBuf = ""
notifyBuf = ""
queryBuf = ""
"""
If there is masters, we must allow transfer and notify
If there is caches, we must allow queries
We also load herited rules if herited is selected
"""
for cluster in self.zoneList[zone][1]:
if len(self.clusterList[cluster][2]) > 0:
cacheList = self.clusterList[cluster][2]
if "herited" in self.zoneList[zone][4]:
for acl in self.clusterList[cluster][4]:
transferBuf += "\t\t\"%s\";\n" % acl
if "herited" in self.zoneList[zone][5]:
for acl in self.clusterList[cluster][6]:
notifyBuf += "\t\t\"%s\";\n" % acl
if "herited" in self.zoneList[zone][7]:
for acl in self.clusterList[cluster][7]:
queryBuf += "\t\t\"%s\";\n" % acl
for master in self.zoneList[zone][2]:
notifyBuf += "\t\t%s;\n" % master
transferBuf += "\t\t%s;\n" % master
# If this is a cluster master of slave, we must allow cache to query
if cacheList != None and srvType != 3:
for cache in cacheList:
queryBuf += "\t\t%s;\n" % cache
"""
We add Z-Eye TSIG key, if present
"""
if tsigtransfer != None and tsigtransfer != "" and tsigtransfer in self.tsigList:
transferBuf += "\t\tkey %s;\n" % self.tsigList[tsigtransfer][0];
queryBuf += "\t\tkey %s;\n" % self.tsigList[tsigtransfer][0];
"""
Now we load real ACLs
If any, allow all and simplify output.
If none or herited, only allow cluster members
Else, allow cluster members + ACLS
"""
if "any" in self.zoneList[zone][4]:
transferBuf = "\t\tany;\n"
elif "none" not in self.zoneList[zone][4] and "herited" not in self.zoneList[zone][4]:
for acl in self.zoneList[zone][4]:
transferBuf += "\t\t\"%s\";\n" % acl
if "any" in self.zoneList[zone][5]:
notifyBuf = "\t\tany;\n"
elif "none" not in self.zoneList[zone][5] and "herited" not in self.zoneList[zone][5]:
for acl in self.zoneList[zone][5]:
notifyBuf += "\t\t\"%s\";\n" % acl
if "any" in self.zoneList[zone][7]:
queryBuf = "\t\tany;\n"
elif "none" not in self.zoneList[zone][7] and "herited" not in self.zoneList[zone][7]:
for acl in self.zoneList[zone][7]:
queryBuf += "\t\t\"%s\";\n" % acl
# And we write ACLs
if len(transferBuf) > 0:
tmpcfgbuffer += "\tallow-transfer {\n%s\t};\n" % transferBuf
if len(notifyBuf) > 0:
tmpcfgbuffer += "\tallow-notify {\n%s\t};\n" % notifyBuf
if len(queryBuf) > 0:
tmpcfgbuffer += "\tallow-query {\n%s\t\t127.0.0.1;\n\t\t::1;\n\t};\n" % queryBuf
validZone = True
# Zone in forward mode
elif self.zoneList[zone][0] == 3:
# Only if there is forwarders
if len(self.zoneList[zone][3]) > 0:
# If there is caches, forward is on cache
if clusterCaches:
if srvType == 3:
tmpcfgbuffer += "\ttype forward;\n\tforwarders {\n"
for fwd in self.zoneList[zone][3]:
tmpcfgbuffer += "\t\t%s;\n" % fwd
tmpcfgbuffer += "\t};\n"
# No ACL in a forward zone
validZone = True
else:
tmpcfgbuffer += "\ttype forward;\n\tforwarders {\n"
for fwd in self.zoneList[zone][3]:
tmpcfgbuffer += "\t\t%s;\n" % fwd
tmpcfgbuffer += "\t};\n"
# No ACL in a forward zone
validZone = True
if validZone == True:
cfgbuffer += "%s};\n" % tmpcfgbuffer
# Classic zone
if self.zoneList[zone][0] == 1 and srvType == 1:
"""
Verify if zone file exists on master servers. If not exists create a basic file
Not needed for slaves. Zonefile is created when transfer if not exists on slave servers.
"""
if ssh.isRemoteExists("%s/%s/%s" % (chrootpath,mzonepath,zone)) == False:
# SOA record
ttlRefresh = self.zoneList[zone][8]
if ttlRefresh == 0:
ttlRefresh = 3600
ttlRetry = self.zoneList[zone][9]
if ttlRetry == 0:
ttlRetry = 180
ttlExpire = self.zoneList[zone][10]
if ttlExpire == 0:
ttlExpire = 864000
ttlMinimum = self.zoneList[zone][11]
if ttlMinimum == 0:
ttlMinimum = 3600
zonefile = "$ORIGIN .\n$TTL 86400\n%s IN SOA %s. hostmaster.%s. (\n\t\t\t1\n\t\t\t%d\n\t\t\t%d\n\t\t\t%d\n\t\t\t%d )\n" % (zone,nsfqdn,zone,ttlRefresh,ttlRetry,ttlExpire,ttlMinimum)
# If caches, NS are on caches
if cacheList != None:
for cache in cacheList:
zonefile += "\t\t\tNS\t%s.\n" % self.serverList[cache][7]
else:
zonefile += "\t\t\tNS\t%s.\n" % nsfqdn
if slaveList != None:
for slave in slaveList:
zonefile += "\t\t\tNS\t%s.\n" % self.serverList[slave][7]
zonefile += "\n$ORIGIN %s.\n" % zone
if ssh.isRemoteWritable("%s/%s/%s" % (chrootpath,mzonepath,zone)) == False:
self.logError("Unable to write zonefile on server %s. Please ensure %s/%s/%s is writable !" % (addr,chrootpath,mzonepath,zone))
else:
ssh.sendCmd("echo '%s' > %s/%s/%s" % (zonefile,chrootpath,mzonepath,zone))
ssh.sendCmd("echo 1 > /tmp/dnsrestart")
self.logInfo("file for zone %s created on %s" % (zone,addr))
elif self.zoneList[zone][0] == 1 and srvType == 2:
"""
Verify if zone file exists on slave servers.
If not exists ask a service restart to load zone
"""
if ssh.isRemoteExists("%s/%s/%s" % (chrootpath,szonepath,zone)) == False:
ssh.sendCmd("echo 1 > /tmp/dnsrestart")
self.logInfo("file for zone %s inexistant on %s (slave), asking named restart" % (zone,addr))
# check md5 trace to see if subnet file is different
tmpmd5 = ssh.sendCmd("cat %s|%s" % (zeyenamedpath,hashCmd))
tmpmd5 = re.sub("\n", "", tmpmd5)
tmpmd52 = hashlib.md5("%s\n" % cfgbuffer).hexdigest()
if tmpmd5 != tmpmd52:
ssh.sendCmd("echo '%s' > %s" % (cfgbuffer,zeyenamedpath))
ssh.sendCmd("echo 1 > /tmp/dnsrestart")
self.logInfo("configuration modified on %s" % addr)
ssh.close()
